Cable resistente al calor de silicona SIHF/SIHE

Cable resistente al calor de silicona SIHF/SIHE

Parámetros
Voltaje nominal: 300/500V
Temperatura nominal: -60 ℃ to +180 ℃
Conductor: SIHF: alambre de bronce puro o enchapado en estaño
SIHE: uno o más alambres de bronce, alambre de cobre enchapado en estaño
Aislante: Caucho de silicona
Blindaje: Caucho de silicona

ARTÍCULOSDatos técnicosEstándar aplicado
aparienciaLiso incluso sin sueltoDIN VDE 0250-502DIN VDE 0282-1:1999.01DIN VDE 0282-2:1999.01
Prueba de chispaAC6KV/ 0.15 S
Vol. test2 KV/15 min
CarácterMecánico de vainaDeaislamientoAntes del envejecimientoTensión de rotura≥5.0N/mm²
Tasa de elongación a la ruptura≥150%
Después del envejecimientoTensión de rotura≥4.0N/mm²
(250±3℃×240h)Tasa de elongación a la ruptura≥120%
Control de sustancias venenosasCumplir con ROHSEU-2002/95/EC
SIHF(1)
núcleo No.×secciónestructuraaislamientoespesor de la vainaalambre ODResistencia del conductor 20℃ Ω/KM
espesorODdiámetro nominaltolerancia
mm²No./diámetro mmmmmmmmmmmmlatónestaño-coated
2×0.227/0.200.6 1.80.6 4.8±0.20 93.0
3×0.227/0.200.6 1.80.6 5.1±0.20 93.0
4×0.227/0.200.6 1.80.6 5.6±0.20 93.0
5×0.227/0.200.6 1.80.6 6.1±0.20 93.0
2×0.258/0.200.6 1.850.6 4.9±0.20 80.9
3×0.258/0.200.6 1.850.6 5.2±0.20 80.9
4×0.258/0.200.6 1.850.6 5.7±0.20 80.9
5×0.258/0.200.6 1.850.6 6.2±0.20 80.9
2×0.3511/0.200.6 1.950.75.3±0.20 55.0
3×0.3511/0.200.6 1.950.75.6±0.20 55.0
4×0.3511/0.200.6 1.950.76.1±0.20 55.0
5×0.3511/0.200.6 1.950.76.7±0.20 55.0
2×0.516/0.200.6 2.150.8 5.9±0.2039.0 40.1
3×0.516/0.200.6 2.150.8 6.2 ±0.2039.0 40.1
4×0.516/0.200.6 2.150.8 6.8±0.2539.040.1
5×0.516/0.200.6 2.150.8 7.4±0.3039.040.1
6×0.516/0.200.6 2.150.8 7.6±0.3039.0 40.1
7×0.516/0.200.6 2.150.8 8.1 ±0.3039.0 40.1
2×0.7524/0.200.6 2.350.8 6.3 ±0.2026.0 26.7
3×0.7524/0.200.6 2.351.0 7.1±0.2526.026.7
4×0.7524/0.200.6 2.351.0 7.7±0.3026.026.7
5×0.7524/0.200.6 2.351.0 8.4±0.3026.026.7
6×0.7524/0.200.6 2.351.0 8.6 ±0.3026.026.7
7×0.7524/0.200.6 2.351.0 9.1 ±0.3026.026.7
10×0.7524/0.200.6 2.351.211.8±0.3026.026.7
12×0.7524/0.200.6 2.351.312.5±0.3026.026.7
19×0.7524/0.200.6 2.351.514.8±0.4026.026.7
2×1.032/0.200.6 2.550.8 6.7±0.2519.520.0
3×1.032/0.200.6 2.551.0 7.5±0.3019.520.0
4×1.032/0.200.6 2.551.0 8.2±0.3019.520.0
5×1.032/0.200.6 2.551.0 8.9±0.3019.520.0
6×1.032/0.200.6 2.551.0 9.2 ±0.3019.520.0
7×1.032/0.200.6 2.551.0 9.7 ±0.3019.520.0
10×1.032/0.200.6 2.551.212.6±0.3019.520.0
12×1.032/0.200.6 2.551.413.5±0.3019.520.0
19×1.032/0.200.6 2.551.515.8±0.4019.520.0
2×1.530/0.250.6 2.90 1.0 7.8±0.3013.313.7
3×1.530/0.250.6 2.90 1.0 8.3±0.3013.313.7
4×1.530/0.250.6 2.90 1.0 9.0±0.3013.313.7
5×1.530/0.250.6 2.90 1.110.0±0.3013.313.7
6×1.530/0.250.6 2.90 1.110.4±0.3013.313.7
7×1.530/0.250.6 2.90 1.110.9±0.3013.313.7
10×1.530/0.250.6 2.90 1.214.0 ±0.3013.313.7
12×1.530/0.250.6 2.90 1.414.9±0.4013.313.7
16×1.530/0.250.6 2.90 1.416.6±0.4013.313.7
18×1.530/0.250.6 2.90 1.617.2±0.4013.313.7
19×1.530/0.250.6 2.90 1.617.7±0.4013.313.7
20×1.530/0.250.6 2.90 1.818.4±0.4013.313.7
24×1.530/0.250.6 2.90 1.821.0 ±0.4013.313.7
SIHF(2)
núcleo No.×secciónestructuraaislamientoespesor de la vainaalambre ODResistencia del conductor 20℃ Ω/KM
espesorODdiámetro nominaltolerancia
mm²No./diamétro mmmmmmmmmmmmlatónestaño-coated
2×2.550/0.250.7 3.4 1.29.2±0.307.988.21
3×2.550/0.250.7 3.4 1.29.8±0.307.988.21
4×2.550/0.250.7 3.4 1.210.6±0.307.988.21
5×2.550/0.250.7 3.4 1.211.6±0.307.988.21
6×2.550/0.250.7 3.4 1.212.0 ±0.307.988.21
7×2.550/0.250.7 3.4 1.212.6±0.307.988.21
10×2.550/0.250.7 3.4 1.416.4±0.407.988.21
12×2.550/0.250.7 3.4 1.617.4±0.407.988.21
19×2.550/0.250.7 3.4 1.820.6±0.407.988.21
2×456/0.300.8 4.31.2 11.2±0.304.95 5.09
3×456/0.300.8 4.31.312.0±0.304.95 5.09
4×456/0.300.8 4.31.5 13.5±0.304.95 5.09
5×456/0.300.8 4.31.5 14.8 ±0.404.95 5.09
6×456/0.300.8 4.31.8 15.7 ±0.404.95 5.09
7×456/0.300.8 4.31.8 16.6±0.404.95 5.09
2×684/0.300.8 4.91.5 13.0 ±0.303.30 3.39
3×684/0.300.8 4.91.5 13.7±0.303.30 3.39
4×684/0.300.8 4.91.8 15.6±0.403.30 3.39
5×684/0.300.8 4.91.817.0 ±0.403.30 3.39
6×684/0.300.8 4.92.0 18.0 ±0.403.30 3.39
7×684/0.300.8 4.92.0 18.8±0.403.30 3.39
2×1084/0.401.0 6.61.8 17.0 ±0.401.91 1.95
3×1084/0.401.0 6.62.0 18.4±0.501.91 1.95
4×1084/0.401.0 6.62.2 20.6±0.501.91 1.95
5×1084/0.401.0 6.62.422.8 ±0.501.91 1.95
2×16126/0.401.2 8.22.0 22.6±0.501.21 1.24
3×16126/0.401.2 8.22.222.4±0.501.21 1.24
4×16126/0.401.2 8.22.425.0±0.501.21 1.24
5×16126/0.401.2 8.22.6 27.6 ±0.501.21 1.24
2×25196/0.401.4 10.1 2.225.0 ±0.500.78 0.795
3×25196/0.401.4 10.1 2.4 27.0±0.500.78 0.795
4×25196/0.401.4 10.1 2.429.5±0.500.78 0.795
5×25196/0.401.4 10.1 2.6 32.8 ±0.600.78 0.795
2×35276/0.401.4 11.42.4 28.0 ±0.500.554 0.565
3×35276/0.401.4 11.42.6 30.0±0.500.554 0.565
4×35276/0.401.4 11.42.633.0±0.600.554 0.565
3×50396/0.401.6 13.92.8 36.0±0.600.386 0.393
4×50396/0.401.6 13.92.8 39.6 ±0.600.386 0.393
3×70360/0.501.6 15.63.0 40.0±0.600.272 0.277
3×95475/0.501.8 18.1 3.245.8±0.800.206 0.210
SIHF(3)
núcleo No.×secciónestructuraaislamientoespesor de la vainaalambre ODResistencia del conductor 20℃ Ω/KM
espesorODdiámetro nominaltolerancia
AWGNo./diamétro mmmmmmmmmmmmestaño-coated
2×1826/0.200.62.40.86.4±0.2021.8
3×1826/0.200.62.40.86.9±0.2521.8
4×1826/0.200.62.41.0 7.9±0.3021.8
5×1826/0.200.62.41.0 8.6±0.3021.8
6×1826/0.200.62.41.0 8.8±0.3021.8
7×1826/0.200.62.41.0 9.3±0.3021.8
2×1628/0.250.62.81.0 7.6±0.3013.7
3×1628/0.250.62.81.0 8.1±0.3013.7
4×1628/0.250.62.81.0 8.8±0.3013.7
5×1628/0.250.62.81.1 9.8±0.3013.7
6×1628/0.250.62.81.1 10.1±0.3013.7
7×1628/0.250.62.81.1 10.7±0.3013.7
2×1441/0.250.73.31.1 8.8±0.308.62
3×1441/0.250.73.31.1 9.4±0.308.62
4×1441/0.250.73.31.2 10.4±0.308.62
5×1441/0.250.73.31.2 11.4±0.308.62
6×1441/0.250.73.31.2 11.7±0.308.62
7×1441/0.250.73.31.2 12.4±0.308.62
2×1243/0.320.84.11.2 10.6±0.305.43
3×1243/0.320.84.11.3 11.5±0.305.43
4×1243/0.320.84.11.5 13.0 ±0.305.43
5×1243/0.320.84.11.6 14.4±0.405.43
6×1243/0.320.84.11.6 14.8±0.405.43
7×1243/0.320.84.11.8 16.0 ±0.405.43
2×1035/0.450.84.8 1.5 12.6 ±0.303.41
3×1035/0.450.84.8 1.5 13.4±0.303.41
4×1035/0.450.84.8 1.7 15.1±0.403.41
5×1035/0.450.84.8 1.8 16.7 ±0.403.41
6×1035/0.450.84.8 2.0 17.6 ±0.403.41
7×1035/0.450.84.8 2.0 18.5 ±0.403.41
2×870/0.401.0 6.4 1.6 16.0 ±0.402.30
3×870/0.401.0 6.4 1.8 17.5 ±0.402.30
4×870/0.401.0 6.4 2.0 19.6 ±0.402.30
5×870/0.401.0 6.4 2.2 21.8 ±0.502.30
6×870/0.401.0 6.4 2.2 22.4 ±0.502.30
7×870/0.401.0 6.4 2.4 24.0 ±0.502.30
SIHE(1)
núcleo No.×secciónestructuraaislamientoespesor de la vainaalambre ODResistencia del conductor 20℃ Ω/KM
espesorODdiámetro nominaltolerancia
mm²No./diamétro mmmmmmmmmmmmbrasstin-coated
2×0.221/0.520.6 1.750.6 4.7±0.20 90
3×0.221/0.520.6 1.750.6 5.0 ±0.20 90
4×0.221/0.520.6 1.750.6 5.5±0.20 90
5×0.221/0.520.6 1.750.6 6.0 ±0.20 90
2×0.251/0.560.6 1.80.6 4.8±0.20 76
3×0.251/0.560.6 1.80.6 5.1±0.20 76
4×0.251/0.560.6 1.80.6 5.6±0.20 76
5×0.251/0.560.6 1.80.6 6.1±0.20 76
2×0.351/0.670.6 1.90.75.2±0.20 55
3×0.351/0.670.6 1.90.75.5±0.20 55
4×0.351/0.670.6 1.90.76.0 ±0.20 55
5×0.351/0.670.6 1.90.76.6±0.25 55
2×0.51/0.800.6 2.0 0.8 5.7±0.2036.0 36.7
3×0.51/0.800.6 2.0 0.8 6.0 ±0.2036.0 36.7
4×0.51/0.800.6 2.0 0.8 6.5±0.2536.0 36.7
5×0.51/0.800.6 2.0 0.8 7.1±0.3036.0 36.7
6×0.51/0.800.6 2.0 0.8 7.3±0.3036.0 36.7
7×0.51/0.800.6 2.0 0.8 7.7 ±0.3036.0 36.7
2×0.751/0.980.6 2.20.8 6.1 ±0.2024.5 24.8
3×0.751/0.980.6 2.20.86.4±0.2024.5 24.8
4×0.751/0.980.6 2.21.0 7.5±0.3024.5 24.8
5×0.751/0.980.6 2.21.0 8.1±0.3024.5 24.8
6×0.751/0.980.6 2.21.0 8.3 ±0.3024.5 24.8
7×0.751/0.980.6 2.21.0 8.8 ±0.3024.5 24.8
10×0.751/0.980.6 2.21.211.5±0.3024.5 24.8
12×0.751/0.980.6 2.21.312.0 ±0.3024.5 24.8
19×0.751/0.980.6 2.21.514.4±0.4024.5 24.8
SIHE(2)
núcleo No.×secciónestructuraaislamientoespesor de la vainaalambre ODResistencia del conductor 20℃ Ω/KM
espesorODdiámetro nominaltolerancia
mm²No./diamétro mmmmmmmmmmmmbrasstin-coated
2×1.01/1.130.6 2.350.8 6.3±0.2018.118.2
3×1.01/1.130.6 2.351.0 6.8±0.2518.118.2
4×1.01/1.130.6 2.351.0 7.8±0.3018.118.2
5×1.01/1.130.6 2.351.0 8.5±0.3018.118.2
6×1.01/1.130.6 2.351.0 8.7 ±0.3018.118.2
7×1.01/1.130.6 2.351.0 9.2 ±0.3018.118.2
10×1.01/1.130.6 2.351.212.0 ±0.3018.118.2
12×1.01/1.130.6 2.351.412.8±0.3018.118.2
19×1.01/1.130.6 2.351.515.0 ±0.4018.118.2
2×1.51/1.380.6 2.6 1.0 7.3±0.3012.112.2
3×1.51/1.380.6 2.6 1.0 7.7±0.3012.112.2
4×1.51/1.380.6 2.6 1.0 8.5±0.3012.112.2
5×1.51/1.380.6 2.6 1.19.5±0.3012.112.2
6×1.51/1.380.6 2.6 1.19.7±0.3012.112.2
7×1.51/1.380.6 2.6 1.110.3±0.3012.112.2
10×1.51/1.380.6 2.6 1.213.1 ±0.3012.112.2
12×1.51/1.380.6 2.6 1.413.9±0.3012.112.2
16×1.51/1.380.6 2.6 1.415.3±0.4012.112.2
18×1.51/1.380.6 2.6 1.615.9±0.4012.112.2
19×1.51/1.380.6 2.6 1.616.4±0.4012.112.2
20×1.51/1.380.6 2.6 1.816.8±0.4012.112.2
24×1.51/1.380.6 2.6 1.819.5 ±0.4012.112.2
2×2.51/1.780.7 3.2 1.28.9±0.307.417.56
3×2.51/1.780.7 3.2 1.29.4±0.307.417.56
4×2.51/1.780.7 3.2 1.210.4±0.307.417.56
5×2.51/1.780.7 3.2 1.211.3±0.307.417.56
6×2.51/1.780.7 3.2 1.211.6 ±0.307.417.56
7×2.51/1.780.7 3.2 1.212.3±0.307.417.56
10×2.51/1.780.7 3.2 1.415.9±0.407.417.56
12×2.51/1.780.7 3.2 1.616.7±0.407.417.56
19×2.51/1.780.7 3.2 1.819.9±0.407.417.56

Como fabricantes especializados de Cable resistente al calor de silicona SIHF/SIHE en China, Huacheng también ofrece Cable resistente al calor con aislamiento de silicona AWM3135, Cable aislado con PVC AWM 1007, Cable conductor para equipos eléctricos resistente al calor AWM 5128, y más.

Productos relacionados
Comentarios
Otros productos